GEDORE Gripping and Cutting Pliers
Gripping Pliers for Assembly and Maintenance
The shape of the workpiece largely determines which pliers are suitable. Round components require different gripping surfaces than parallel surfaces. In difficult-to-access areas, a slim or angled design may be more important than maximum gripping force.
An overview of typical gripping principles:
- Universal pliers adapt to different opening widths through several joint positions
- Locking pliers secure workpieces and maintain the set clamping force
- Round-nose pliers are suitable for gripping and shaping smaller components or wires
- Pipe pliers generate high gripping forces on round workpieces
- Pliers wrenches combine an adjustable gripping width with parallel jaw guidance
The 142 universal pliers are adjustable to 15 positions and demonstrate the advantages of finely graduated adjustment. The 137 locking pliers, on the other hand, are designed for secure clamping. For parallel surfaces, the 183 pliers wrench follows a different principle: Its jaws are guided in parallel and distribute the force over a larger surface area.
Combination Gripping and Cutting Pliers
Combination pliers combine two functions that often follow one another directly during assembly work. The front section is used for gripping, holding or bending. The cutting edges are positioned closer to the joint, where the leverage is greater. A classic pair of combination pliers such as the 8210 covers a wide range of standard tasks. The 8250-160 TL power combination pliers use a design developed for increased power transmission.
Long-nose pliers with cutters go one step further. Their longer, narrower shape makes it easier to position the tool in deeper or more confined areas. The 8132 family is available in both straight and angled versions.
Cutting Pliers for Different Materials and Cross-Sections
Cutting pliers are not selected based on size alone. The decisive factor is what needs to be cut. Thin wire, cables, harder wires and bolts place different demands on cutting-edge hardness, cutting-edge design and leverage.
Selection according to the cutting task:
- Diagonal cutters cut wires and comparable approved materials to the side of the plier axis
- Lever-action diagonal cutters increase power transmission through their joint design
- Front or angled cutting edges make cutting easier in special installation situations
- Electronics cutters are designed for finer and more controlled cutting work
- Bolt cutters use long handles to generate significantly higher cutting forces
The 8318-160 TL lever-action diagonal cutters provide high cutting performance in a compact plier design. The 8308-1 mini angled electronics cutters are intended for finer work. With the 8178 620 24" 620 mm bolt cutters, the long leverage takes on a substantial part of the required cutting force. Permitted materials and dimensions depend on the technical specifications of the individual tool.
Precise Cuts for Professional Applications
A controlled cut often influences the next work step. A cleanly cut cable is easier to strip. A precisely cut wire is easier to process during assembly and rework. The cutting edge should therefore not only be powerful, but also shaped to suit the intended cutting point.
When frequently cutting hard materials, cutting-edge wear and the required effort are also important factors. Greater leverage can reduce the required hand force, but it does not replace checking whether the material is approved for the tool.
VDE Versions for Electrical Applications
For electrical work, GEDORE offers several gripping and cutting pliers in VDE versions. Examples include the VDE 8316-180 VDE power diagonal cutters, the VDE 8132-160 VDE angled long-nose pliers and the VDE 8122-160 H VDE round-nose pliers.
The difference from non-insulated versions lies in the protective insulation intended for electrical applications. The appropriate pliers still depend on the gripping task, cutting material and installation situation. The VDE version adds the requirements of the electrical working environment to this functional selection.
More pliers features
Power Pliers – The Power Pliers Range
Higher cutting and clamping forces with less effort at the same time? It is possible with GEDORE’s Power Pliers principle. GEDORE engineers make use of the physical relationship between torque and leverage when operating pliers. Unlike conventional pliers, tools in the Power Pliers range have an eccentrically positioned pivot point in the integrated joint. This transfers the hand torque applied above the pivot point particularly effectively to the cutting edge. The highly optimised effective lever length increases the cutting force. This reduces the required effort by 35% compared with other plier models. The gripping area positioned further towards the rear provides an additional advantage for cutting performance.
Making Optimum Use of Hand Force
The angled 8248 combination pliers feature a plier head angled at 60°. With a traditional hand position, the wrist must remain slightly tilted while carrying out cutting, turning and gripping movements. The 8248 allows the hand to remain in a straight position, helping to protect tendons and joints while making optimum use of hand force. Specially offset teeth on the gripping surfaces also provide excellent grip on pipes and screws.
A Hercules Among Joints
GEDORE locking pliers such as the 137 feature a so-called toggle joint. Comparable to the structure of the human leg, consisting of the hip, knee and ankle joints, this design provides intelligent force management. During gripping, long distances are covered quickly with little hand force. Shortly before the joint reaches its extended position, a short movement is completed with considerable leverage. This means that only a small operating force is required, concentrated on the final millimetres. The greatest pressing or clamping force is generated when the toggle joint is fully extended – even with an automatic self-locking effect that is released by operating the release lever.
The Most Important Facts at a Glance
Industrial Standard+
Special joints, geometries and the Power Pliers range for demanding requirements
Engineered by GEDORE
Our expertise in pliers is based at our own plant in Austria
Pliers Sets
For maximum flexibility when using tools
Service Highlights
Repairs, advice and product training for efficient applications
Answers to the Most Frequently Asked Questions
Universal pliers use adjustable joint positions and serrated gripping surfaces. A pliers wrench guides its jaws in parallel and is therefore particularly suitable for parallel surfaces.
They are useful when a workpiece needs to be held securely for an extended period. Once adjusted, the clamping force remains in place.
Their joint geometry is designed for increased power transmission and can reduce the required hand force.
The cutting position, material and accessibility vary depending on the task. Side, front and angled cutting edges are therefore designed for different cutting situations.
No. The permitted hardness and maximum diameter depend on the tool and must comply with the technical specifications.
